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Home My WebLink AboutWTR2700310(1) - Cedar River Park WTK-91 #2 Corre-pondence BEGINNING OF FILE FILE gj� �aTl� S •p�oL. .Soro�e$ �p- 0,LL #- F t�d - Cedak R,Jee �aK r � JOPN W.POOIN80N IP�D L.FGo(PT4 /\1 MANY JONN 9.NOilPYIYP".. ATM 6 ASSOCIATES. INC. GROUND WATER GEOLOGISTS 1315 SOUTH 59TH STO T• TACONIA, WASHINGTON 90400 • GRE(NII4LD 4-0631 January 16, 1968 Memo to: Cornell, Howland, Hayes & ,U,erryfield Logan 13:i1ding Sth & Union Seattle, Washington Att: Mr, Barry Barnes Well completion recommendations ,t, of Rentor, Wel; tio. 4 (23/5E-;77 We were requested to inspect the orilling project at .,,e above site and recommend final ca�.struction. Tt,e writer visited tte lob on January 11, 1968 when the drillers had the hole anu casing down to 79 feet, The driller discussed vv the progress of the job and the drilling samples were analyzed. The most productive aquifer is a boulaer and cobble formation with a very small amount of sand, granules and pebul,P. Tills formation reportedly lies between 56 and 92 feet (26 feet thickness). '.ne static water level is reportedly at 24 feet below ground. Accordingly, we recommend setting a 200-slot stainless stee; screen between 66 ar,d 92 feet. The screen diameter should be 24-inch nominal (20 3/4- i:ich I.D.) and f:ued with a lead packer to be swedged against the 24-inch casing. The casing should be jacked back to not more than 66 i/2 feet allowing at least a half-foot overiao. The bottom of the screen should have a welding ring to which a flush-welded tail pipe of up to five teat length can be set. A ta:: � p base plate should be firmly wcidea on and the assembly should have suitauic lowers ng fittings ano centering guides attached. We recommend mechanical swabbing for development. Because of the nature of the formation, there will probably be a considerable emount of developing time necessary. it may become advisable to use an air-lift pump and doubie-disc Packer if the swabbing type of development is not fully satisfactory. v f ! Q Memo to: - 2 - January 16, 196B Cornell, Howland, Hayes & Merryfield Future Considerations We understand that the well's yield may be set as high as 5,000 gpm and that a second nearby well is planned. The ground water is probably under water-:able conditions and there are suspected hydroloclo barriers caused by the valley sides of Cedar River. In such a situation, a careful hydrologic anal- ysis must be made to determine the direction and quantity of recharge, We wou.d advise that adequate hydrologic infor nation be gathered and analyzed before con- structing a second production well. ROBINSCN, ROBERTS & ASSOCIATES, INC. Ground-Water Geologists John B. Noble, Geologist _ JBN/sr PUGET SOUND POWER & LIGHT COMPANY P. 0. Box 329 Renton, Washington 98055 October 15, 1970 5604-4509.1 API'A City of Renton City Hall Renton, Washington 98055 Enclosed ii a closing bill for electric service to the Cedar River Pump M. According to Mr. Ron Olson of the Water Department the bill has been approved for payment. May we have your remittance by >Xober 28, 1970? i B. Baker Credit Supervisor Encl. L Testing Laboi�ss hx• Certificate 940 S(Eah Manay4 Srmne Qshmq,,c 9910t IR06)tar:060 C]t IMMy Mvubciba'y and Technical S Ymcs ""EC82M Bill woga�aa.w 99281 P.O. Box 91500 Bellevue, WA 99009-1050 WE Oct. 23, 1986 ATTN: Paul Mc Beth '""WATER PO 1P972-S ]]uwiE Submitted 10/10/86 and identified as shown. IN RC-W-8-A-10/86 Kc Beth 10/10/86 1330 (B-1335) 'ESTE"EaTo l 2) RC-W-8-C-10/86 Mc Beth 10/10/86 1140 fD-1345) MDaEsmn 3) K-W-I'-E-10/86 MtBeth 10/10/86 1355 (F-1400) Samples were analyzed for priority pollutants in accordance with Test Methods for Evaluating Solid Waste (SW-846), U.S.E.P.A., 1982, Methods 8240 (volatile organics), and 8270 (semi-volatile extractables, base/neutrals oniv). Volatile Organics (by CC/MS) ---------------------------- parts par billion (ug/L) --------------------- Lab 1 2 3 Blank ----- ----- ----- ----- Chlorumethane L/l. L/l. L/l. L/l, Bromow thane L/I. L/l. L/l. L/l. Vinyl Chloride L/I. L/l. L/i. L/1, Chlorcethane L/l L/1 L/i L/l Methylene Chloride L/;. L/l. L/I. Acrolein L/5. L/5. L/5. L/5. "Acetone L/I. L/l. L/l. L/1. Acrylonitrile L15. L/5. L/5. L/5. *Carbon Disulfide L/i. L/l. L/l. L/1. l,l-Dichloroethvlene L/l. L/1. L/1. L/l. l,l-Dichloroethane L/l. L/1. L/1. L/l. trans-1,2-Dichloroethylene Chloroform L/I. L/i. trace L/l. *2-Butanone L/l. L/l. L/l. L/l. 1 2-Dichloroethane L/l• L/1. L/l. L/1. T1 tia q"MxY b M..a.iM]yY tl M{x,x gYbq,y w veY�'w M w.,tl�.w]EOi�W LI,.1�W q'Y M q Eb tvwYn,w N. MMwgbw,nn mod,w11N,C.wx.y f4q Y,0aY.gPM aiY VMY 4h on tbaYM'4+OM.,ttTE'"TrYw.xxq b M Or•PYb.gM1a w MYals M'w M,W n 4O!M Iq f{xFV F M W.1.."+N N Y 4", Laucks Testing Laboratories,Inc. Certificate +aO!kvrh Hamty S(.Semde 97ashinglon 90Ca (906)767 50600 _. CFxintstry Vwmb 4,v wd lxhr el Services r cr No 2 CH2M Hill "m"•*o*"q 9918, parts ter billion (ug/L) -----------'-------� Lab 1 2 3 Blank 1,1,1-Trlchleroethane L/I. L/l. 1,/1. Li I. *Vinyl Acetate './... L/l. LA. L!l. Bromodichloron�thane L/l. L/1. L/I. Carlon Tetrachloride Li 1. L/l. L/l. L/l. 1,2-oichlo.opropane L/1. L/1. L/1. L/l. Trichl^roethylene L/l. LA. 1,/1. L/l. Benzene t"i. L/1. L/1. L/1. Chlorodibromomethane L/1. L/1. L/l. L/l. 1,1,2-Trichloroethane L/1. L/1. L/1. L/I. 2-Chloroeth4l vinyl ether L/1. L/1. L/I. L/l. Brrmoform 1,/1. L/l. L/1. L/I. *4-Methyl-2-centanone L/1. L/1. L/1. L/l. *2-Hexanone L/l. L/1. L/l. L/l, 1,1,2,2-Tetrachloroethane L/l. L/1. L/I. 1,/1. Tetrachloroethylene 1/1. L/l. 1./1. Lil. Toluene L/I. L/l. L/l. 1./1. Chlorobenzene L/l. 6/1. L/1. 1.11. trans-1,3-Dichloropropene L/l. 1,/1. L/1. I.A. Ethylbenzene L/1. L/l. L/l. L/l. cis-1,3-Dichloropropene LA. L/l. L/l. 1./1. *Styrene L%l. L/l. L/I. L/1. *o-Xylene 1,/1. L/1. L/1. L/1. Semi-volatile Extractables (by CC/MS) ------------------------------------ N-nitrosodlmethylamine 1./1. L/1. L/I. 1./1. Bt3(2-chloroethyl)ether Lll. L/1. L/1. L/1. 1,3-Dichlorobenzene L/l. L/1. L/l. L/l. 1,4-Dichlorobenzene 1./1. L/1. L/1. L!1. I,'-Dichlorobenzene L/1. 1,/1, L/1. L/l. Bls(2-chlorolsopropyl)ether L/l. L/1. L/i. L/l. Hexachloroethane L/1. 1./1. L/l. L/1. M.,y.,WMYM 4 M neYM b,tl M W.n OMrv,nq w.a{sMw b..w,N,COrN,M Sq,.agb a..w vw.�..b T w,aMNMr w M. M.nM dNgM nawwalm w.MW^WYf.MM,PaCv..O VSA M>elwl wp M(v.N. .M[OMM.aMbb iRebO+ry,...N bMNOI4MM1.e wqL lYT lbA be/OC N.qq�agg404 Nv�eM VY.tlb M,gtlq. LMucl�s 4 Testing Labar�tories, Inc. Certificate 940�mh Harry 51.Seank_Washmion 96M (,206)I61.5060 ChenusuyhirmbkioQ and Tech"Semvs e as xo 3 CH2H Hill usouefaavw 99281 parts pet billion (ug/L) ------------------------ Lab 1 2 3 Blank N-nitroso-di-n-propylamine L/1. L/l. L/I. L/t. Nitrobenzene I./1. L/1. L/l. L/1. Isophorone L/I. L/l. L/l. L/l. Bis(2-chloroethoxy)methane L/1. L/1. L/1. L/1. 1,2,4-Trichlorobenzene Naphthalene Hexachloro'eutadiene L/1. L/l. L/1. LA. Hexachlorocyclopentadiene L/l. L/l. L/l. L/l. 2-Chloronaphthalene L/1. L/I. L/1. L/1. Acenaphthylene 1,/1. L/1. L/l. L/t. Dimethyl phtha late LA. L/1. L/1. L/l. 2,6-Dinitroroluene L/l. L/l. L/l. L/1. Acenaphthene L/L. 1,/1. L/l. L/1. 2,4-Dinitrotoluene L/1. L/1. L/I. L/i. Fluorene LA. I./I. L/l. L/l. 4-Chlorophenvl phenyl ether L/I. L/l. I.A. L'I. Diethylphtbalate L/l. L/l. L/1. L/1. l,2-Diphenylhydraztne 11. L/l. LA. L/I. 4-Bromophenyl phenyl ether L/l, L/L. L/I. L/1. Hexachlorobenzene LA. LA. LA. L/1. Phenanthrene L/l. L/l. L/l. L/1. Anthracene L/l. L/L. L/l. 1,/1. Dibutylphthalate L/1. L/l. L/l. L/1. Fluoranthene L/I. L/l. L,'1. L/I. Pyrene L/1. L/l, L/I. L/1. Benzidine L/I. L/l. L/1. L/l. Butyl benzyl phthalate L/1. L/1. L/1. L/1. Benzo(a)anthracene L/l. LA. L/t, L/l. Chrysene L/l. L/I. L/I, L/1. 3,31-Dichlorobenzi4ine 1./1. L/l. L/1, L/l. Bis(2-ethyihexyl)phthalate I.A. L/l. L/1. L/1, N-nitrosodlphenylamine L/l. L/1. 1,/1. 1./1, Di-n-artyl phthalate L/1. L/l. L/l. L/l, 1M.rt..�wMb W M nrvw w n iw ww w.irtns v mwww y-nev..,,eanre 5.11wwn!w M in nw u inw[e+OP,v�. b V u.O�dMt.L d n1t�[!un Mtl MYMn.N q M, 'OMF1 O MaM M M O.n.e n.Y r<ah.[I M,Wli,.e[V1.a..�bW4,xa4 {. Va M. 1.rcMW n M AAA d nY ns 1ne M nw. Laueft Testing Laboratories, Inc• Certificate 440 South Hann St.5cmb1eWashin;pm QM06 (206)162.5060 O nustry MzaobdoW and Trchnkal Services 4 CUM Bill - v A*mrso )92B1 parts per billion (ug/L) ------------------------ Lab 1 2 3 Blank Benzo(b)fluoranthene L/l. 1.21. L/l. Lit. Benzo(k)fluoranthene L/1. L/. . Lit. L/l. Benzo(a)pyrene L/l. L/ . L/1. Lit. Indeno(1,2,3-cd)pyrene Lit. L/l. Lit. L/l. Dibenzo(ah)anthracene Lit. L/l. Lit. L/I. Benzo(ghi)perylene L/l. Lil. L;l. L/l. *Aniline L/1. L/l. Lit. Lit. *Benzyl Alcohol L/1. L/1. L!l. Lit. *4-Chloroanillne Lit. L/l. L/l. Lit. *Dibenzofuran L/l. Lit. L/l. Lit. *2-Methylnaphthalene L/i. Lit. Lit. L/l. *2-Nitroaniline L/l. L/l. L/l. L/1. *3-Nitroaniline Lit. L/1. Lit. Lit. *4-Nitroaniline L/l. L/l. L/l. L/1. Rey * additional compounds from the P,PA's Hazardous Substances List L/ • less than trace • an unquantiflable amount between 1-5 parts per billion. Respectful.v submitted, Lau/cc/tkss Testing Laboratories, Inc. 3 a(/J W. M. ]MD:veg wbr.nM 4 nM..t4•ti uF P rN iYM pveyry P Pw1arXV.n�hn[v aprM1PM S.L,pu.^r y,t M" nM.,IX Mv.wa�.v M, 1 .j Iiyiny rn •,n•M1 m[w�,[wA wM1 M.v.Mwp y N M wry pMrt1 v PMW+*F OMiN wry O•cw„v Mi ennN"M[AP,�.o rFpunµr,..t•q b rN Aw cFb^KM1 W.wTr4r YOY aW,•[n po0 rAM A M1+nvl.9 q M r�W rM irY M d wP�A L� Testing Labormcodess Inc. Certificate 940 Sarah Hemet 51.SPauk%b5hlrorm 98M (406)767-5060 CSmlimy Mbubdogy and Technical Services nax ao 5 CR2M Hill ueos.ras..a 99281 APPENDIX Surrogate Recovery Quality Control Report Listed below are surrogate (chemically similar) compounds utilized in the analysis of volatile compounds. The surrogates are added to every sample prior to analysis to monitur for matrix effects ind purging efficiency. The control limits represent the 952 confidence interval established in our laboratory through repetitive analysis of these sampie types. In certain cases, we will have accumulated insufficient data tc have established control limits. Sample Surrogate Spike Spike % Control No. Compound Level Found Recovery Limits ------ --------- ----- ----- ___. .--- -___--- parts per billion (ug/L) ------------------------ Blank d4-1,2-Dichloroethane 50.0 53.2 106. 77-120 dB-Toluene 50.0 48.5 97.0 86-119 p-Bromofluorobenzene 50.0 51.2 102. 85-121 1 d4-1,2-Dichloroethane 50.0 52.4 105. 77-120 dg-Toluene 50.0 48.1 96.2 86-119 p-8romofluorobenzeae 50.0 53.2 106. 85-121 2 d4-1,2-Dichloroethane 50.0 52.9 106. 77-120 d8-Toluene 50.0 50.2 100. 86-I19 p-Bromofluorobenzene 50.0 51.0 102. 85-121 3 d4-1,2-Dichloroethane 50.0 54.2 108. 77-120 d8-Toluene 50.0 53.8 108. 86-119 p-Bromofluorob_nzene 50.0 55.7 Ill. 85-121 , Kd�y WpTq b M�.cMw u„d iN pd,m OM^d.M w m'pdwP a I�n w,w1nfY0 S•LM4uM,uY w M n,m,d do[wMMV w✓y 1 •wMrd TwP.[epnwdvw.�N,O.d'Ww,Wdd�V dwd¢�v p.a�uNbOMtl WY•n cdV t� M[OMM,.c[YVw•wporY9i1,�.[p d+1dw Od4rrynt.dn,gn+n Mw o•/vu,n�'C�dM eM N<'YOW OM Mn dXY riY eN d,a'c� Tes� Laboiat�ries. Inc. Certificate 940 South Han"St Seanle.Washinoon 96tog (206)10 5060 Lhmn Mktohkxr2y and Technical Serwca I�w 6 L'82M Full _ woa+roa+w 99281 Sample Surrogate Spike Spike 2 Control No. Compound Level Found Recovery Limits pares per billion (ug/L) ----------------------- Blank d5-Nitrobenzene 100. 108. 108. 35-114 2-Fluorobiphenyl 100. 98.5 98.5 43-116 d10-Azobenzene 100. 123. 123. d14-Terphenyl 100. 8410 84.0 33-141 1 d5-Nitrobenzene 101. 97.9 96.9 35-114 2-Fluorobiphenyl 101. 88.2 87.3 43-116 d10-Azobenzene 101. 121 120 d14-Terphenyl 101. 77.5 76.7 33-141 2 d5-Nitrobenzene 101. 101. 99.9 35-114 2-Fluorobiphenyl I01_ 97.6 96.6 43-I16 d10-Azobenzene I01. 135. 134, d14-Terphenyl 101. 94.0 93.1 33-141 3 d5-Nitrobenzene 101. 93.7 92.8 35-114 2-Fluarobiphenvl 101. 84 2 83.4 43-116 d10-Azobenzene 'Ol, 126. 125. -- d14-7erphenyl :U1, BS.B 88.9 33-141 (f+'�'\i. �'wo-r a..aweaq w r.rw r r h ena MwrW.w vma w wa..n au«.a 5nv.r r a...+.w a»•n.o^wr w w. •'rM^Wd Mwr wniFyrh Matt.rvu.una b✓�. Engineers pioneers • Economists Scientists November 6, 1906 NOV 520080.B0.13 Mr. Ron Olsen Utilities Engineer City of Renton 200 Mill Avenue South Renton, Washington 98055 Dear Ron: Subject: water Quality Sampling Results Production Wells 2 and 8 Attached are copies of the laboratory analyses of water samples collected from City of Renton producticn wells 2 and 8; Three samples were collected at your request to determine whether there was any petroleum product contamination resulting from the Olympic Pipeline Company spill. The laboratory results do not indicate the presence of petroleum contamination. All of the samples were collected on October 13, 1986. Duplicate samples were collected from production well 8; these samples are denoted as sample 1 and sample 2 on the attached data report. Sample 3 on the attached report was Cellected from production well 2. If you have any questions regailing the laboratory results, please give me a call, Sincerely, S!. k Stuart M. Brown, P.E. Project Manager Attachment se/JMM/001/035/WTR ,'r.;M Hll i $gpfNp OrM1[9 f50(I 11lM 4ve SF BBPBv,�e Wrnly�ron X645J 59W PO av 91s04 ftft a NW wgbn 95009 X)59 ENDING F FiL FILE TITLE �- �8`► S��r Sa e s